A5E37877003 Siemens Robicon Power Supply NXGpro CPS 15&24VDC, A5E34916937, A5E44722441
A5E37877003 Siemens Robicon Power Supply NXGpro CPS 15&24VDC, A5E34916937, A5E44722441
Marine
The Perfect Harmony helps our marine
customers reduce costs and enhance
power quality and reliability, while
maximizing space. Additionally, the
Perfect Harmony offers regeneration
capability that many marine customers
demand. Through Siemens’ alliances
with ship owners, designers and leading
component suppliers, we can product
comprehensive electrical systems for
all types of marine applications.
Paper
Through an advanced control strategy
called sensorless or closed-loop
vector control, the Perfect Harmony
drive provides precise torque and
speed control to a wide range of
demanding applications in the pulp
and paper industry.
Through Siemens’ alliances with
ship owners, designers and leading
component suppliers, we can provide
comprehensive electrical systems for all
types of marine applications, including
complete ship propulsion and thruster
systems for merchant, naval and
scientific ships; drilling and exploration
platforms; passenger ships; and
waterway ferries.
A History of Continuous Improvement
Siemens has consistently led the
industry in innovation and quality.
As power switching device technology
advances and increases output voltage
capability, Siemens improves each
generation of the Perfect Harmony in
three key areas: fewer parts, increased
efficiency and a smaller drive footprint.
Moving forward, Siemens will remain
on the leading edge of medium voltage
technology with the following features
on future Perfect Harmony drives:
• Intuitive interface systems to make
the Perfect Harmony drive more
user friendly
• Installation wizards for quick and
easy start-up
Cinergy Corporation Inc., the
largest non-nuclear electric
supplier in the U.S., is improving
the efficiency of its Cinergy/PSI
Gibson Generation Station in
Owensville, Ind., by installing 15
sets of 6600 V Perfect Harmony
drives and Robicon motors as part
of an environmental compliance
project. The total capacity of the
new drives and motors will be
more than 150,000 HP, which will
contribute to the site’s overall
capacity of 3,380 megawatts.
Gibson Station is the third
largest coal-fired generating
station in the country, generating
approximately 20,000,000 net
megawatt hours annually.
• Remote monitoring and control
to allow customers or Siemens
to operate the drive, manage its
performance or diagnose service
concerns from any global location
• Intelligent diagnostics to empower
the Perfect Harmony drive to
independently and automatically
correct service concerns
• Parallel redundant control systems to
provide peace of mind to customers
requiring maximum reliability through
redundancy of all drive functions to
help prevent disruptions
Siemens’ investments in emerging
technologies will culminate as these
features are introduced in upcoming
generations of the Perfect Harmony drive.
•
1994 • Developed cell-based modular technology, making medium
voltage drives easier to scale and service, while providing a
smaller footprint
• First IGBT-based drive at medium voltage
• First fully integrated medium voltage drive to meet all IEEE 519
compliance standards without optional equipment
• First filterless, standard, motor-compatible, medium voltage drive
• First extended cable-length medium voltage drive to power an
electrical submersible pump motor
•
1995
• First IGBT-based
6.6 kV drive without
an output transformer
•
1996
• First IGBT-based
drive above 10000
horsepower
(7500 kW)
11
A History of Continuous Improvement
Siemens has consistently led the
industry in innovation and quality.
As power switching device technology
advances and increases output voltage
capability, Siemens improves each
generation of the Perfect Harmony in
three key areas: fewer parts, increased
efficiency and a smaller drive footprint.
Moving forward, Siemens will remain
on the leading edge of medium voltage
technology with the following features
on future Perfect Harmony drives:
• Intuitive interface systems to make
the Perfect Harmony drive more
user friendly
• Installation wizards for quick and
easy start-up
Cinergy Corporation Inc., the
largest non-nuclear electric
supplier in the U.S., is improving
the efficiency of its Cinergy/PSI
Gibson Generation Station in
Owensville, Ind., by installing 15
sets of 6600 V Perfect Harmony
drives and Robicon motors as part
of an environmental compliance
project. The total capacity of the
new drives and motors will be
more than 150,000 HP, which will
contribute to the site’s overall
capacity of 3,380 megawatts.
Gibson Station is the third
largest coal-fired generating
station in the country, generating
approximately 20,000,000 net
megawatt hours annually.
• Remote monitoring and control
to allow customers or Siemens
to operate the drive, manage its
performance or diagnose service
concerns from any global location
• Intelligent diagnostics to empower
the Perfect Harmony drive to
independently and automatically
correct service concerns
• Parallel redundant control systems to
provide peace of mind to customers
requiring maximum reliability through
redundancy of all drive functions to
help prevent disruptions
Siemens’ investments in emerging
technologies will culminate as these
features are introduced in upcoming
generations of the Perfect Harmony drive.
•
1998
• First drive to offer a
process tolerant
protection strategy
(ProToPS™)
• 500th Perfect
Harmony drive
installed
•
1999
• First drive to provide
process-transparent,
cell-bypass capability
and neutral-point shift
•
2000
• First voltage-fed drive to
operate a medium voltage
synchronous motor
•
2001
• 1000th Perfect Harmony
drive installed
•
2002
• 1500th Perfect Harmony
drive installed
•
2003
•
2004
• Largest pulse width
modulated drive ever
built – 80,000 HP
•
2005
• Introduced the
smallest footprint
medium voltage
VFD in the
world – Robicon
MicroHarmony
• First high voltage 13.8 kV
drive capable of operating
motors from 4000 HP to
90000 HP (3000 kW –
67000 kW), connected
direct at 13.8 kV
12
| Spare Part | Item | Part Number | Description | MLFB | OLD PN | |
| NXG pro DCR | NXGpro DCR 12 Cell | A5E33032452 | GH180 NXGpro controller 12 cell | 6SR0960-0CC12-0AD0 | ||
| NXGpro DCR 15 Cell | A5E37764609 | GH180 NXGpro controller 15 cell | 6SR0960-0CC15-0AD0 | |||
| NXGpro DCR 18 Cell | A5E33032455 | GH180 NXGpro controller 18 cell | 6SR0960-0CC18-0AD0 | |||
| NXGpro DCR 21 Cell | A5E37764770 | GH180 NXGpro controller 21 cell | 6SR0960-0CC21-0AD0 | |||
| NXGpro DCR 24 Cell | A5E33032458 | GH180 NXGpro controller 24 cell | 6SR0960-0CC24-0AD0 | |||
| NXGpro CF | A5E35236834 | GH180 NXGpro compact flash card | 6SR0960-0CC08-0AD0 | |||
| SIB | A5E36968571 | GH180 NXGpro System Interface Board | 6SR0960-0CC16-0AD0 | A5E32168144 | ||
| User I/O board 24VDV | A5E32100313 | GH180 24VDC User IO Board | 6SR0960-0CC07-1AD0 | |||
| Fiber Optic For USER I/O | A5E41987327 | FIBER OPTIC ASSY, DUPLEX | 6SR4900-0LM01-0AM0 | A5E36881503 | ||
| USER I/O board POWER SUPPLY | A5E37356659 | GH180 NXGpro USER I/O board POWER SUPPLY | 6SR5902-0CM00-0AM0 | |||
| NXGpro CPS 15VDC | A5E37876282 | Power Supply NXGpro CPS +/-15V | 6SR0960-0CC32-0AD0 | |||
| NXGpro CPS 15VDC U55 | A5E34916937 | Power Supply NXGpro CPS +/-15V High Alt. | 6SR0960-0CC05-1AD0 | A5E34916905 | ||
| NXGpro CPS 15&24VDC | A5E37877003 | Power Supply NXGpro CPS 15&24VDC | 6SR0960-0CC50- 0AD0 | |||
| NXGpro CPS 15&24VDC U55 | A5E34916937 | Power Supply NXGpro CPS 15&24VDC High Alt. | ||||
| NXGpro CPS 15&24VDC | A5E44722441 | Power Supply NXGpro CPS 15&24VDC | 6SR0960-0CC40-0AD0 | |||
| NXGpro-Profibus-DP | A1A099201 | COMM. KIT,ANYBUS Profibus-DP,NXGpro | 6SR0960-0DC00-0AD0 | |||
| NXGpro-DeviceNet | A1A098628 | COMM. KIT,ANYBUS DeviceNet,NXGpro | 6SR0960-0DC01-0AD0 | |||
| NXGpro-ModbusTCP/Eth | A1A099202 | OMM. KIT,ANYBUS ModbusTCP/Eth,NXGpro | 6SR0960-0DC02-0AD0 | |||
| NXGpro-ControlNet | A1A099203 | COMM KIT,ANYBUS ControlNet,NXGpro | 6SR0960-0DC03-0AD0 | |||
| NXGpro-MODBUS | A1A10000441.00 | COMM. KIT, MODBUS,NXGpro | 6SR0960-0DC04-0AD0 | |||
| Keypad kit | A5E02669561 | KEYPAD KIT (Chinese) | 6SR0960-0CC10-0AD0 | LDZ252090.11NGSC | ||
| Keypad | A5E02624585 | MULTI LANGUAGE KEYPAD ASSEMBLY CHINESE | 6SR0960-0CB16-0AD0 | A1A460A68.23 | ||
| SHIELD CABLE RIBBON | A1A260913.08 | SHIELDED RIBBON CABLE ASSY,87" | 6SR0960-0QM04-0AD0 | |||
| FLAT MOUNT | A1A072323 | FLAT CABLE MOUNT,ADHESIVE BACK | ||||
| BACK COVER | A1A283739.00 | KEYPAD COVER, GLASTIC | ||||
| keypad kit | A5E02669560 | KEYPAD KIT (English) | 6SR3900-0SM20-0BD0 | LDZ252090.11NGSC | ||
| Keypad | A5E02363383 | MULTI LANGUAGE KEYPAD ASSEMBLY ENGLISH | 6SR0960-0CB15-0AD0 | A1A460A68.23 | ||
| SHIELD CABLE RIBBON | A1A260913.08 | SHIELDED RIBBON CABLE ASSY,87" | 6SR0960-0QM04-0AD0 | |||
| FLAT MOUNT | A1A072323 | FLAT CABLE MOUNT,ADHESIVE BACK | ||||
| BACK COVER | A1A283739.00 | KEYPAD COVER, GLASTIC | ||||
| keypad kit | A5E02982002 | KEYPAD KIT (Russia) | 6SR0900-0CM07-0AD0 | LDZ252090.11NGSC | ||
| Keypad | A5E02669580 | MULTI LANGUAGE KEYPAD ASSEMBLY RUSSIA | 6SR0960-0CB18-0AD0 | A1A460A68.23 | ||
| SHIELD CABLE RIBBON | A1A260913.08 | SHIELDED RIBBON CABLE ASSY,87" | 6SR0960-0QM04-0AD0 | |||
| FLAT MOUNT | A1A072323 | FLAT CABLE MOUNT,ADHESIVE BACK | ||||
| BACK COVER | A1A283739.00 | KEYPAD COVER, GLASTIC | ||||
| keypad kit | A5E39808478 | KEYPAD KIT (Simatic) | 6SR0960-0SM60-0AD0 | |||
| KEYPAD | A5E39206479 | DEV_CONTROL_SIMATIC HMI, KTP700 BASIC D | 6SR4900-0SM00-0AM0 | |||
| SHIELD CABLE | A5E39047590003 | 6SR5 KTP700 CABLE ASSEMBLY 96'' | 6SR5900-0QM00-0AD0 | |||
| NXGII DCR | NXGII DCR with FOHB kit | A5E33065979 | NXGII DCR with FOHB kit | 6SR0960-0CB01-0AM0 | ||
| NXGII DCR without FOHB Kit | A5E03931016 | NXGII DCR without FOHB Kit | 6SR0960-0CB21-0AD0 | A1A10000313.00 | ||
| NXGII DCR with FOHB kit U55 | A5E33561398 | NXGII DCR with FOHB kit U55 | 6SR0960-0CB02-0AM0 | |||
| NXGII DCR without FOHB Kit U55 | A5E33561420 | NXGII DCR without FOHB Kit U55 | 6SR0960-0CB04-0AM0 | |||

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